Subject · Metallurgical engineering
Materialların struktur analiz metodlarıCLO↔PLO matrix
CLO ↔ PLO matching table
How this subject's course outcomes map onto the programme's learning outcomes.
| Course outcome | PLO 1 | PLO 2 | PLO 3 | PLO 4 | PLO 5 | PLO 6 | PLO 7 |
|---|---|---|---|---|---|---|---|
| CLO 1CLO-44190Students will master modern instrumental methods for determining the microstructure, phase composition, and crystal lattice parameters of metals and advanced alloys. they will gain an in-depth understanding of the working principles of optical and electron microscopy (sem, tem) as well as x-ray structure analysis (xrd) equipment. accurate diagnosis of intermetallic phases, nanostructures and intermediate layers formed in materials with especially complex composition (for example, 5 or more components with high entropy) will be carried out. finally, students will be able to quantify the relationship between the structure and mechanical properties of the material by deciphering the obtained spectral and visual data. | matches | does not match | does not match | does not match | matches | does not match | does not match |
| CLO 2CLO-74338This subject examines the physico-chemical nature of non-ferrous metals such as aluminum, copper, titanium and magnesium, as well as their multicomponent alloys. students will analyze the specific phase transformations that occur in non-ferrous alloys, including the mechanisms of natural and artificial wear (dispersion hardening) processes. they will learn to design the required homogenizing heating or tempering regimes to optimize the properties of the part according to the industrial application. at the end of the subject, the ability to detect and eliminate thermal processing defects of special-purpose nonferrous materials used in the aerospace and electronics industries will be developed. | matches | does not match | does not match | does not match | matches | does not match | does not match |
Programme learning outcomes
PLO 1
To acquire fundamental knowledge in the field of mathematics, physics, chemistry and mechanics and to acquire the ability to apply them in solving metallurgical engineering problems.
Supported by: CLO 1, CLO 2
PLO 2
To master the raw materials used in metallurgy and their primary processing, methods of obtaining ferroalloys, cast iron and steel production.
No contribution from this subject
PLO 3
To teach production technologies of non-ferrous metals, special smelting devices, working principles and operating characteristics of metallurgical furnaces.
No contribution from this subject
PLO 4
To master the technologies of steel melting in electrometallurgy, induction and electric-arc furnaces, as well as the working principles of modern melting equipment.
No contribution from this subject
PLO 5
To instill the ability to use modern information technologies (solidworks, solidcam, ansys, 3dmax, etc.) in the management of design, research and production processes.
Supported by: CLO 1, CLO 2
PLO 6
Recycling and use of materials, mastering the technologies of obtaining materials by abrasive metallurgy methods.
No contribution from this subject
PLO 7
Forming an approach based on social and environmental responsibility, compliance with labor safety rules, as well as civic awareness and ethical values in professional activity.
No contribution from this subject